Search: id:A035363 Results 1-1 of 1 results found. %I A035363 %S A035363 1,0,1,0,2,0,3,0,5,0,7,0,11,0,15,0,22,0,30,0,42,0,56,0,77,0,101,0,135, %T A035363 0,176,0,231,0,297,0,385,0,490,0,627,0,792,0,1002,0,1255,0,1575,0,1958, %U A035363 0,2436,0,3010,0,3718,0,4565,0,5604,0,6842,0,8349,0,10143,0,12310,0 %N A035363 Number of partitions of n into even parts. %C A035363 Convolved with A036469 = A000070 [From Gary W. Adamson (qntmpkt(AT)yahoo.com), Jun 09 2009] %C A035363 Note that these partitions are located in the head of the outer shell of the partitions of n (See A135010). [From Omar E. Pol (info(AT)polprimos.com), Nov 20 2009] %F A035363 G.f.: prod(1/(1-x^k), k even) %F A035363 Convolution with the number of partitions into distinct parts (A000009, which is also number of partitions into odd parts) gives the number of partitions (A000041). - Frank Adams-Watters (FrankTAW(AT)Netscape.net), Jan 06 2006 %F A035363 If n is even then a(n)=A000041(n/2) otherwise a(n)=0. [From Omar E. Pol (info(AT)polprimos.com), Nov 20 2009] %p A035363 ZL:= [S, {C = Cycle(B), S = Set(C), E = Set(B), B = Prod(Z,Z)}, unlabelled]: seq(combstruct[count](ZL, size=n), n=0..69); - Zerinvary Lajos (zerinvarylajos(AT)yahoo.com), Mar 26 2008 %Y A035363 Subsequence a(2n) is simply the partition numbers A000041. %Y A035363 First column (m=0) of triangle A103919. %Y A035363 A036469, A000070 [From Gary W. Adamson (qntmpkt(AT)yahoo.com), Jun 09 2009] %Y A035363 Sequence in context: A008820 A066682 A049641 this_sequence A079977 A008799 A011013 %Y A035363 Cf. A135010, A138121. [From Omar E. Pol (info(AT)polprimos.com), Nov 20 2009] %Y A035363 Adjacent sequences: A035360 A035361 A035362 this_sequence A035364 A035365 A035366 %K A035363 nonn,easy,new %O A035363 0,5 %A A035363 Olivier Gerard (olivier.gerard(AT)gmail.com) Search completed in 0.001 seconds